For automotive plastic components, what should be paid attention to so as not to affect its service life?
This question is not difficult for manufacturers of automotive plastic components to answer, so I summarized and sorted them out. Next, let's explain in detail.
(1) For automobile tires, long-term stacking pressure should be avoided to prevent them from being squeezed and deformed. For the air filter in the car, if a paper filter element is used, it should be avoided to be squeezed to prevent it from losing its filtering effect. And like rubber wind, tubing and triangle tape, etc., it can't be compressed.
(2) For some parts, they can only be used for one-time use and cannot be reused. Because if it is reused, it is very likely to bring danger or accidents.
(3) Some rubber products in automobiles are strictly forbidden to approach the fire source. This is because it is easy to age or deteriorates, which in turn affects the service life of rubber products.
Stamping parts have become a product that cannot be ignored in production. From the aspect of stamping parts production, it should be noted that automobile stamping parts indicate that only after the various parts of technical strength are guaranteed, people can give better adjustments in each part. I hope that every friend can better grasp it in life so that all parts of the production can be coordinated, so that everyone has a better understanding of the production of stamping parts, and how we will use it in the future.
However, it should also be noted from the production aspect that the actual accuracy of the situation is very important so that high stamping parts have become a part of people's attention. In the specific production part, it is necessary to be able to better cooperate in the technical aspect, so that the density can meet the production requirements, and then it can have a better working effect.
This should also be better understood in all parts of the stamping parts production plant. The actual mechanical equipment and staff should meet the relevant conditions. Only after they can create more satisfactory results from each part, can each part be made. They are all in a better-coordinated state, so they should be carefully understood.